{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

1

Balance the equation below: (Use commas to seperate your coefficients).
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

1

What type of reaction is shown?
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

1

Calculate the molar mass of silver nitrate. (Use 5 sig figs)

1

Calculate the molar mass for magnesium bromide. (Use 5 sig figs)

1

Calculate the molar mass of magnesium nitrate. (Use 5 sig figs)

1

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?
NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

1

Limiting Reactant BW

Balance the equation below: (Use commas to seperate your coefficients).
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass of silver nitrate. (Use 5 sig figs)

Limiting Reactant BW

Balance the equation below: (Use commas to seperate your coefficients).
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

What type of reaction is shown?
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass of silver nitrate. (Use 5 sig figs)

Calculate the molar mass for magnesium bromide. (Use 5 sig figs)

Calculate the molar mass of magnesium nitrate. (Use 5 sig figs)

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?
NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

Which reactant is the limiting reactant?

What type of reaction is shown?
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass for magnesium bromide. (Use 5 sig figs)

Calculate the molar mass of magnesium nitrate. (Use 5 sig figs)

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?
NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

Which reactant is the limiting reactant?

Limiting Reactant BW

Balance the equation below: (Use commas to seperate your coefficients).AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass of silver nitrate. (Use 5 sig figs)

Limiting Reactant BW

Balance the equation below: (Use commas to seperate your coefficients).AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

What type of reaction is shown?AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass of silver nitrate. (Use 5 sig figs)

Calculate the molar mass for magnesium bromide. (Use 5 sig figs)

Calculate the molar mass of magnesium nitrate. (Use 5 sig figs)

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

Which reactant is the limiting reactant?

What type of reaction is shown?AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Calculate the molar mass for magnesium bromide. (Use 5 sig figs)

Calculate the molar mass of magnesium nitrate. (Use 5 sig figs)

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

Which reactant is the limiting reactant?

Balance the equation below: (Use commas to seperate your coefficients).
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

Balance the equation below: (Use commas to seperate your coefficients).
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

What type of reaction is shown?
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?
NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.

What type of reaction is shown?
AgNO3 + MgBr2 --> AgBr + Mg(NO3)2

If you start with 25.0g of silver nitrate and 55.0 g of magnesium bromide, how many grams of magnesium nitrate can be formed?
NOTE: don't forget you must use two t-charts for limiting reactant. They are both g -> g. The answer that is the smallest is how much you can form of your product.